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Transplanting and Development of μClinux Embedded System Based on ADSP-BF533

Bin Wang

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Abstract

Linux supports various architecture and is an operation system which is easy to be ported.The technique of transplanting μClinux to one board based on ADSP-BF533 processor is introduced in this paper.ADSP-BF533 and μClinux are introduced at first,and an explanation of building porting environment is given.All the work consists of the design and implementation of U-Boot,the transplanting method of μClinux kerne1.At last,the development of application programme based On μClinux embedded system is explained.It has some impact on transplanting μClinux to the hardware platform which kernel is processor.

About this research paper

What this paper is about

Linux supports various architecture and is an operation system which is easy to be ported.The technique of transplanting μClinux to one board based on ADSP-BF533 processor is introduced in this paper.ADSP-BF533 and μClinux are introduced at first,and an explanation of building porting environment is given.All the work consists of the design and implementation of U-Boot,the transplanting method of μClinux kerne1.At last,the development of application programme based On μClinux embedded system is explained.It has some impact on transplanting μClinux to the hardware platform which kernel is processor.

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Available abstract

Linux supports various architecture and is an operation system which is easy to be ported.The technique of transplanting μClinux to one board based on ADSP-BF533 processor is introduced in this paper.ADSP-BF533 and μClinux are introduced at first,and an explanation of building porting environment is given.All the work consists of the design and implementation of U-Boot,the transplanting method of μClinux kerne1.At last,the development of application programme based On μClinux embedded system is explained.It has some impact on transplanting μClinux to the hardware platform which kernel is processor.

Key concepts: Porting, Operating system, Embedded system, Computer science, Transplanting, Engineering, Software, Seedling

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